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. BSTJ 1: 2. November 1922: Application to Radio of Wire Transmission Engineering. (Espenschied, Lloyd) . stic which one notes in the radio curves is thatthe losses are greater for the higher frequencies or, conversely, lowerfor the lower frequencies. This is because the efficiency of the an-tenna has been kept constant for all frequencies. In practice the 4 1 k.c. is 1 kilocycle per second or 1,000 cycles per second. 6 Diameter of number 8 Birmingham wire gauge wire = 0.165 in. = 0.42 cm. zz BELL SYSTEM TECHNICAL JOURNAL transmission losses at the lower frequencies are higher than hereindica Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bstj-1-2-november-1922-application-to-radio-of-wire-transmission-engineering-espenschied-lloyd-stic-which-one-notes-in-the-radio-curves-is-thatthe-losses-are-greater-for-the-higher-frequencies-or-conversely-lowerfor-the-lower-frequencies-this-is-because-the-efficiency-of-the-an-tenna-has-been-kept-constant-for-all-frequencies-in-practice-the-4-1-kc-is-1-kilocycle-per-second-or-1000-cycles-per-second-6-diameter-of-number-8-birmingham-wire-gauge-wire-=-0165-in-=-042-cm-zz-bell-system-technical-journal-transmission-losses-at-the-lower-frequencies-are-higher-than-hereindica-image375987414.html
RM2CRKKNX–. BSTJ 1: 2. November 1922: Application to Radio of Wire Transmission Engineering. (Espenschied, Lloyd) . stic which one notes in the radio curves is thatthe losses are greater for the higher frequencies or, conversely, lowerfor the lower frequencies. This is because the efficiency of the an-tenna has been kept constant for all frequencies. In practice the 4 1 k.c. is 1 kilocycle per second or 1,000 cycles per second. 6 Diameter of number 8 Birmingham wire gauge wire = 0.165 in. = 0.42 cm. zz BELL SYSTEM TECHNICAL JOURNAL transmission losses at the lower frequencies are higher than hereindica
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